ABB DAI05 is a tension controller widely used in electrical equipment, automatic control and dispatch systems in power, post and telecommunications, oil, coal, metallurgy, railway, municipal and other sectors. Regarding its parameters, specifications, dimensions, weight, series, characteristics and functions, the details are as follows:
Parameters and specifications:
Input signal range: communication 0 ~ 600v input (more than 600v is converted by the voltage transformer to the full scale 100v voltage input) and communication 0 ~ 5a input (more than 5a is converted by the current transformer to the full scale 5a current input).
Output signal type: including 4-20ma, 0-10ma, 0-20ma, 1-5v, 0-5v and other types.
Output load: current type ≤500ω, voltage type ≥250kω.
Power supply: DC24V (±10%).
Power consumption: ≤5w.
Size and weight:
Exact size and weight data cannot be provided at this time, these can usually be found in product manuals or technical specifications. It is recommended that you consult ABB’s official documentation directly or contact the supplier for accurate data.
Series:
ABB DAI05 is part of ABB’s portfolio of industrial automation products designed to meet a wide range of automation and control needs.
Features:
High precision: With high precision measurement and control functions, you can ensure the stability and reliability of the system.
High barrier: Its design principle ensures high barrier performance and reduces interference and error.
Multi-variety selection: with a variety of product varieties such as one in one out, one in two out, two in two out, input and output circuits are completely blocked, output signal and power supply are blocked.
Fast response: It has the characteristics of quick response to the moment, and can quickly respond to system changes and adjustments.
Functions:
Tension control: ABB DAI05 is mainly used for tension control, which can precisely adjust tension to ensure the normal operation of equipment and product quality.
System integration: It can be seamlessly integrated with various electrical equipment and systems to achieve overall optimization and collaborative work of industrial automation systems.
Fault monitoring and diagnosis: Through real-time monitoring and data analysis, it helps to discover and diagnose potential problems in the system in time, and improve the stability and reliability of the system.
